Pest Control

Managing Outdoor Ant Hills Safely and Effectively

Pest Control Malibu involves preventing or eliminating unwanted organisms. This includes insects, rodents, and other organisms that damage plants or cause other harm.

Most pesticides are designed to affect only the target organism. However, other organisms may also be harmed by the chemicals or their residue.

Look for a company that focuses on the pest you have and uses chemicals with low risk of harming other organisms. Also, ask about their training and certifications.

Prevention

Preventive pest control is any strategy that seeks to prevent the occurrence or growth of unwanted organisms. Preventive steps can be very effective in reducing the need for pesticides. For example, keeping indoor areas free of food scraps and clutter can drastically reduce the occurrence of rodent pests such as ants and mice. Regular cleaning and prompt disposal of garbage can also decrease the likelihood of attracting insects such as flies and cockroaches.

The weather can influence the activity and numbers of some pests. For instance, some plant-eating pests are influenced by the amount of sun and shade they receive. Climate can also affect the ability of a disease to spread from one plant to another. Preventive measures might be as simple as altering the amount of water in an area or using fertilizers that are slow to break down.

Insects and mites that feed on plants or humans can be controlled by natural predators and parasites. In addition, some organisms can be used as biological controls in the form of sterilisation programmes.

Chemical pesticides may be necessary for some situations, but IPM emphasizes non-chemical and low-toxicity controls whenever possible. For example, traps, baits and physical barriers such as fences can be used in the early stages of a pest problem to remove or deter infestations before they become serious. The use of sonic devices to disrupt the mating habits of some pests can also be effective.

Before resorting to chemical control methods, it is important to determine the severity of a pest infestation. It is also a good idea to understand the habits of the pest in question. For example, knowing that a particular insect only breeds during certain times of the year can help in determining whether the situation can be tolerated until the breeding cycle ends.

An effective preventive program might include a detailed inspection of the outside and inside of a building to identify entry points and potential attractants. These areas should be sealed, as should any cracks or crevices. A schedule should be established for checking and repairing any seals that need to be replaced. Moisture problems should be corrected, as many pests thrive in wet environments. Drainage systems should be kept in good repair, and gullies should be capped to prevent sewer rat infestations. Door sweeps and tight-fitting screens can prevent many flying pests from entering a home.

Suppression

Pests are organisms that cause unacceptable damage to crop plants, livestock, structures, landscape trees and shrubs, weeds, or vertebrate animals. They also disrupt soil health, water quality and availability, displace desirable species, and adversely affect terrestrial and aquatic ecosystems (EPA 2014).

Preventive methods are economical, environmentally responsible, and keep pest populations below damaging levels. They include regularly cleaning or removing objects where pests may live, and using barriers to prevent pest access. Barriers include netting and screening in greenhouses to prevent insects that cause plant loss; putting down a layer of mulch to inhibit weeds; or installing termite, insect, or bird barriers such as spikes, owl houses, or grid wires.

Suppression methods are used when pests have already exceeded a threshold level and need to be controlled quickly. They include utilizing biological control agents, chemicals, and physical barriers. Biological control agents are natural enemies of the pest (predators, parasites, and predatory arthropods) that reduce the pest population through direct contact or indirect means. Examples of biological control agents include nematodes, bacteriophages, and plant-parasitic fungi. Chemicals such as pyrethrins, azadirachtins, and spinosads are also commonly used pesticides.

If prevention and suppression fail to keep pest populations below damaging levels, eradication methods may be necessary. This involves destroying the entire population of the pest in a targeted area. Eradication is primarily used for very serious pest problems that threaten human health or the environment.

The most common way to eliminate pests is through a combination of control techniques. Pests generally respond to different controls in a predictable manner. Frequently removing breeding sites can help deter some pests, as can spraying with the bacterial product Bacillus thuringiensis var. kurstaki, which releases the molecule lysophosphatidylcholine that breaks down an insect’s cell walls and kills it.

The most important practice homeowners can do to encourage natural enemies in their landscape is to provide them with suitable habitats and conditions. This is called conservation biological control and is done through changes in land management practices, such as reducing use of pesticides, providing suitable food for natural enemies, and limiting available water for pests. Augmentative biological control is a similar process, but uses mass-produced biological control agents that have been raised in insectaries and released in the field to augment the number or effectiveness of local natural enemies.

Eradication

In some instances, pests are so persistent that they need to be eradicated. This is a rare goal in outdoor pest situations; most of the time, prevention and suppression are better goals. However, in enclosed areas, such as homes; schools; offices; health care facilities; and food preparation and storage areas; eradication is often the aim. Examples include cockroaches; ants; rodents; and bed bugs.

A professional pest control technician is an expert in methods to stop these creatures from getting inside the building and causing damage or creating health problems for people who live or work there. They can also advise the best methods to keep these pests from entering and breeding in the first place, by limiting food, water, shelter, and other resources that they need.

To prevent pests from gaining entry to your home, check for cracks and crevices where they can enter and hide. Use caulk or put in metal wool to seal these gaps. You should also weather strip doors and windows and repair any screens that are torn or damaged. It is also important to clean up crumbs and other food sources around the house and to store any foods in sealed containers. Also, eliminate access to water by putting in drain screens over sinks and bathtubs.

Once you’ve taken preventive measures, and waited for a few weeks to see if the pests have gone away on their own, then you may want to try baits. These are chemical pest control substances that poison the pests and can be a very effective tool in preventing pests, especially in conjunction with physical traps. Only a qualified pest control technician should have access to and use these chemicals, as they are incredibly toxic to humans if ingested or inhaled. Some examples of these chemicals are pyrethrins, carbaryl, and permethrin. They are also used in combination with trap crops, such as zinnias, that lure the pests into a location where they can be killed or trapped. This type of pest control can be used in both residential and commercial settings. It can also be used in the outdoors, on crops or in natural areas to manage certain pests.

Monitoring

Pest monitoring is an important part of an IPM pest control program. This scouting, checking and identification activity lets you know what pests are present, where they are living and what damage they’re causing. By using this information you can better set action thresholds. This ensures that you don’t take action on the wrong kind of pest, that pesticides aren’t used when they aren’t needed, or that you don’t fail to act because you weren’t able to see any problem.

The monitoring process is most effective when it’s done on a continuous basis, as opposed to occasional scouting and inspections. Pests can be found in all sorts of places inside a facility or structure, making it difficult to identify them all. To help find them, your pest management professional will use a variety of tools including a flashlight. This allows them to see in dark harborage areas such as corners and crevices where pests may be hiding, and it also helps with inspecting rodent bait stations or insect light traps. An extendable mirror is another useful tool for getting behind equipment and other hard to reach spaces where pests often hide. A magnifier is also useful for identifying and inspecting pest parts, frass (excrement) or other evidence of infestation.

These tools are combined to produce a detailed pest activity report which includes a written description of the observed pest activity, a record of the type of device inspected and the number or percentage of devices inspected that had pest activity along with data about which devices were skipped and what types of pests they were. The data can then be trended over time to identify trends and determine if the levels of pest activity are decreasing or not.

In some situations, such as when a pest threatens to destroy valuable collection objects or to create an unacceptable level of damage, eradication is the goal. In other situations, such as when a pest is not causing harm, it may be possible to tolerate a certain level of pests, but this must be evaluated on a case by case basis.

Pest Control

Pest Control – What You Need to Know

Pest Control Overland Park involves preventing or eliminating unwanted organisms from a living environment. This can include a home, workplace or public spaces.

Pest Control

Clutter gives pests places to breed and hide, so remove it. Caulk cracks and crevices to close off entry points. Seal up leaky pipes.

Choosing the right formal structure for your business is important as it determines your liability. Consider a sole proprietorship or LLC at the very least.

A chemical insecticide is a compound that is formulated to kill, harm or repel one or more species of insects. It can be applied in a variety of forms including sprays, dusts, gels and baits. Insecticides can also be delivered through drip irrigation systems. Insecticides are used to reduce crop damage caused by insects, disease vectors, weeds or other undesirable organisms. Insecticides can be very effective, but they come with a number of risks that impact the environment, pets, children and people. Using an integrated pest management (IPM) approach that minimizes the use of chemicals will help reduce these risks.

The first chemical insecticides were derived from organic compounds, such as sulfur and heavy metal salts, or extracted from plants such as pyrethrum or the essential oil of chrysanthemum cinerariifolium (formerly known as Dalmatian pyrethrum). During the 19th century, a wide range of synthetic products was developed, starting with Paris green, which was discovered when paint pigment (copper acetoarsenite) that had been discarded on potatoes reacted with an insect and killed it. This discovery led to the development of a host of other chemicals that could be used to destroy specific insect species or groups such as the malaria vectors mosquitoes and tsetse flies.

Most synthetic insecticides work by affecting the nervous system of the targeted insect or pest. Some work immediately to kill or harm the insects, while others may take more time to take effect. There are also products that interfere with the insect’s metabolic processes. For example, organosulfur compounds act as ovicides by killing the pest in its egg stage and generally have low toxicity to other organisms. The dinitrophenols and the carbamates work by inhibiting oxidative phosphorylation, blocking the creation of adenosine triphosphate or ATP.

Many of these chemical insecticides are transported to water bodies through runoff, leaching and groundwater transport. They are often contaminated with other pollutants and can have detrimental impacts on wildlife, such as the reproductive capabilities of predatory birds. The continuous use of insecticides also contributes to the emergence of resistant strains of insects that can no longer be controlled at recommended rates.

Oil Insecticides

Petroleum-based oils, including neem and fish oil sprays, are used to control many insect pests in ornamental plant crops. Some also have fungicide activity, mainly to suppress powdery mildew and other fungal diseases in the treated plants.

In general, horticultural oils are formulated to combine low phytotoxicity and insecticidal efficacy. Their chemical composition and formulation, along with their application rates, determine their effectiveness. They should never be applied to moisture-stressed plants, to young foliage or in combination with sulfur or certain fungicides (see product labels for details).

The term horticultural oil generally refers to the narrow range of petroleum-based oil products currently allowed for dormant and growing season use for insect pest control. These include neem, canola, and paraffinic oils. They are formulated with a variety of inert ingredients and may contain additives for better spray coverage or to improve insecticidal activity.

Oils are effective against a wide range of soft-bodied insects, mites and caterpillars, but they are particularly useful on slow-moving targets such as aphids, adelgids, leafhopper nymphs, scale insects, thrips, spider mites, and caterpillars (codling moth, hornworm, armyworm, hordeum and other species). They are also sometimes used to control grubs and nematodes in vegetable plantings.

The toxicity of oils is a function of their viscosity. Viscosity is a measure of the resistance of a liquid to flow, determined by measuring the time it takes for a volume of liquid to pass through a standard opening at a specified temperature and pressure. The higher the viscosity of an oil, the more resistant it is to flow and, therefore, its more likely to be effective as a pesticide.

The toxicity of neem and other plant oils is determined by the presence of a specific component, azadirachtin, that acts as an insect repellent and has fungicidal properties. Research on neem oil has primarily focused on its contact toxicity toward lepidopteran insects, specifically the larval stages, since these are responsible for most crop damage. The toxicity of neem oil has also been evaluated on the herbaceous species Aonidiella aurantii (Maskell) and Lepidosaphes beckii (Newman), two armored scale insects of citrus.

Biological Insecticides

The use of chemical pesticides has greatly enhanced food production worldwide, but the persistence of these chemicals in the environment, their adverse effects on non-target organisms, and the development of resistance by insect pests require alternatives that are less toxic to humans and ecosystems, non-harmful to beneficial insects, and do not encourage the evolution of resistant populations. These alternatives are often referred to as biological pesticides. Biological pesticides are derived from living organisms, including bacteria, viruses, fungal pathogens, nematodes and parasitoids, that kill or inhibit pests or interfere with their ability to reproduce.

Biological pesticides are more effective than chemical pesticides in controlling many insect species. They can be grouped into three categories: biochemical, which include natural compounds that control pests by nontoxic mechanisms, such as insect sex pheromones or plant extracts; microbial, which include microorganisms that act against specific types of insects; and plant-incorporated protectants, which are substances produced by plants from genetically modified bacteria or fungi.

Some of the more common biological pesticides are bacterial and viral insect pathogens, nematodes, and parasitoids. These agents can be incorporated into crop production systems in two ways: spraying on an individual basis or as inundative treatments. For example, a viral agent, the baculovirus Cydia pomonella granulovirus (CpGV) of codling moth in the USA, is used to inundate apple orchards with viruses that suppress codling moth damage without harming healthy trees.

Another biological pesticide is a parasitic wasp, Encarsia formosa, that parasitizes greenhouse whitefly, killing them and reducing their population. The bacterium Bacillus thuringiensis, which is an important soil microorganism, can also be used as a biopesticide, releasing the Bt toxin into a crop to kill insect pests.

Many growers are turning to biological insecticides as a substitute for chemical insecticides. Incorporating these alternatives into a crop protection program may take some adjustment, however, since biological pesticides usually work best when target pest numbers are low. This means that frequent scouting must be done to catch pest problems when they are small and prevent them from becoming too problematic. Additionally, biological insecticides typically require more careful handling and storage than do conventional pesticides.

Parasitic Nematodes

Beneficial nematodes are microscopic roundworms that parasitize and kill pest insects. They do not harm people, pets or other organisms in the soil. They do not degrade with repeated applications and they are safer for the environment than chemical insecticides. Nematodes are effective against the grub or larval stage of more than 200 different species of pest insects, including Japanese Beetles, Northern Masked Chafers, European Chafers, Rose Chafers, Flea beetles, Sod Webworms, Cutworms and Army worms. They are also effective against the root maggot of cabbage, carrot and cauliflower, as well as the black vine weevil.

Nematodes can be purchased online or from some garden centers. They arrive in a sachet suspended in a paste and must be mixed with water before use. They have a very short shelf life and must be used as soon as possible after opening the sachet. They are sensitive to desiccation and ultraviolet light and are most active in moist, dark locations. If soil is dry, pretreatment with irrigation may be necessary to make it more hospitable for nematodes.

Application: Mix the nematodes with cool, distilled water and pour them onto a lawn or garden, or on a specific area that is infested by insects. Use a hose end sprayer, syringe or watering can and shake continually during application to ensure even coverage because the nematodes are heavier than water and will sink to the bottom of the container.

Once the nematodes are in contact with soil they begin to move about searching for host insects. When they find a pest insect, the nematodes enter through its natural body openings and release pathogenic bacteria that destroy and liquify the insect from within. The nematodes then feed on the digested insect tissues and reproduce. As the nematodes continue to parasitize and kill insect hosts, their numbers increase and the number of infested insects decreases.

The nematode parasites of Meloidogyne incognita and Meloidogyne graminicola are attracted to soluble and volatile chemicals produced by the roots of their host plants. These chemosensory cues help them locate the root systems of their host plants. This behavior is not seen with other nematode groups, such as strongylid nematodes or filarioid nematodes.